ZetaTalk: Science

cosmos does not affect the view of object at great distances. When the stars are visible, they would appear,

positioned, the same.

Such a move would affect the timing of sunrise and sunset, by man’s clocks, as like a child on a merry-go- round

wishing to face his mother, a spot on the Earth wishing to face the night sky must make a full circle as the year

passes in order to do so. Man’s clock system has a built in adjustment adding approximately 2 hours each month

to allow this, so a reversed orbit would find sunrise and sunset to come somewhat early. This trend, however,

would be offset by the increasing slowing of Earth’s rotation, which would be masked by this. A confusing

situation, befuddled so far only by the differences between the Navy and media announced sunrise and sunset

times as compared to the printed publications, the Almanacs, now deemed a terrorist tool, such is the

establishments fear of facing a public armed with the truth. True terror.

Such a move would also find the rising of near solar system planets such as Mars or Venus to come early, offset

as we mentioned by the strong slowing trend, increasingly gaining. Distant planets such as Saturn or Jupiter

would be viewed in the same position, as their orbits are long and their movements thus slow.

How does the common man, given this confusing situation, sort out the truth of the matter? Fortunately, we have

comets! When discovered, their orbits ascertained and computed, comets C/2001 Q4 and C/2002 T7 were declared to

arrive at perihelion in May, 2004, and certainly not visible naked eye prior to that time, if ever! So what is it the

common man is seeing, in droves, in the sky just after sunset! It moved, has a tail, and is in their face astonishing

them! Comets come early, because the orbit of Earth has backed into them. Comets orbit the Sun in the same

counterclockwise motion that the planets assume in their orbits. Thus, the May perihelion dates assumed an Earth

running ahead of the comets, the comets needing this time to catch up to the Earth in her orbit. Earth stopped,

reversed, and the dates have arrived early! How early?

Assume a halted and reversed orbit, so that by the reports on Feb 3 this has occurred for 6 weeks. Assume the comets

not affected by Planet X, as they are too tiny to invoke the Repulsion Force of gravity. They rush forward, Earth rushes

back, 6 weeks for them, 6 weeks backwards for the Earth, a total of 3 months. Does this not compute, on Feb 3, to a

May date? Here, for man, dazed in the disinformation as the only fare given to him, a way to determine for himself the

truth of the matter. Earth has halted, and reversed, because her bully brother Planet X is coming at her!

I took this pictures in Cascavel, Parana South Brazil

on Feb 3 at 8:00 PM (summertime). At the time the sun

still in the horizon (bottom photo) but I could saw this

star, then I shot these 3 photos, the light from it was so

strong I could saw even in day light. Its light was

stronger than moon or any planets or stars at the

http://www.zetatalk2.com/index/zeta69.htm[2/5/2012 11:54:47 AM]

ZetaTalk: Comets Come Early

moment. We observe this object is already in the solar

system because his mass is visible, its not a point of

light. We could see its ethereal mass. Another detail.

we have observed in the telescope or in the

photographic camera (1000mm) his movement in the

sky was 60% faster than any star, moon or planet. I

took a chronometer to take the time, these start took

2.50 minutes to cross the photographic frame

(pentaprism).

Sergio

Spaceweather News for Feb. 15, 2004

Comet C/2002 T7 (LINEAR) is approaching Earth and brightening every day. Its not yet a naked-

eye object, but the 7th-magnitude fuzzball is easy to see through backyard telescopes. The comet lies

not far from brilliant Venus in the western sky after sunset. For the next three months, the comet

will continue to brighten as it nears Earth. May 19th is the date of closest approach (0.27 AU). At

that time C/2002 T7 might glow brighter than a 1st magnitude star--easily seen with the unaided

eye.

Feb 15 NASA Report:

Explanation: A newly discovered comet may outshine most stars in the sky by May. Designated

Comet C/2002 T7 (LINEAR), the comet was discovered in 2002 October by project LINEAR. Many

reports already place the comet as brighter than magnitude 7, meaning that it can now be seen with

binoculars. Reports also indicate the comet already has a visible tail nearly the length of a full

Moon. Since predicting the future brightness of comets is a very tricky business, there remains the

possibility that T7 might never become visible to the unaided eye. Alternatively, another comet,

C/2001 Q4 (NEAT), may also reach naked eye visibility at nearly the same time, making 2004 April

and May two of the busiest bright-comet months in centuries. Comet T7 can be seen on the above

right on January 20, while an airplane trail is visible on the left.